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VM-2340NCRG
GOODA
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GooDa gantry milling machine VM-2340NCRG adopts a gantry structure to ensure overall rigidity. It is equipped with a belt-driven spindle and a gear-driven spindle with two cutters: the small cutter on the gear-driven spindle is used for high-speed roughing for high efficiency, the large cutter on the belt-driven spindle is for surface finishing.
This configuration offers high accuracy, excellent surface finish, and reduced tool wear while also largely enhances production efficiency!
X/Y/Z travel: 4000*1800*600mm
Distance between columns: 2300mm
Double spindles: one belt-driven spindle and one gear-driven spindle
Cutter for rough milling: Φ125mm, cutter for finish milling: Φ250mm
High precision, high rigidity, and high production efficiency!
Two spindles
Finish milling cutter
Rough milling cutter
High surface finish
GooDa system: autonomous intellectual property, powerful algorithm, and complete functions
Machining Height:
maximum machining height 600mm
Cutter/Insert:
545/1504 for rough milling;
445/1203 for finish milling.
Control System:
GooDa/Mitsubishi/Fanuc
Magnetic Chuck:
Strip magnet chuck(St.)
Strip magnet chuck with local dense(St.)
Squar magnet chuck(Op.)
In addition to the required floor space for the machine, an additional minimum of 600mm space should be provided for maintenance.
Once the length and width lines of the machine are drawn, proceed to drill holes with a diameter of 180mm and a depth of 500mm as indicated in the diagram.
When the machine is in place, place the shim plate in the machine foundation hole, insert the foundation bolt, and then proceed with leveling. Tighten the nuts to secure the horizontal position and then proceed with grouting.
Wait 6-7 days to re-level the machine.
*Note: The drawing above is for reference only; please refer to the actual design drawings for accurate details.
GooDa gantry milling machine VM-2340NCRG adopts a gantry structure to ensure overall rigidity. It is equipped with a belt-driven spindle and a gear-driven spindle with two cutters: the small cutter on the gear-driven spindle is used for high-speed roughing for high efficiency, the large cutter on the belt-driven spindle is for surface finishing.
This configuration offers high accuracy, excellent surface finish, and reduced tool wear while also largely enhances production efficiency!
X/Y/Z travel: 4000*1800*600mm
Distance between columns: 2300mm
Double spindles: one belt-driven spindle and one gear-driven spindle
Cutter for rough milling: Φ125mm, cutter for finish milling: Φ250mm
High precision, high rigidity, and high production efficiency!
Two spindles
Finish milling cutter
Rough milling cutter
High surface finish
GooDa system: autonomous intellectual property, powerful algorithm, and complete functions
Machining Height:
maximum machining height 600mm
Cutter/Insert:
545/1504 for rough milling;
445/1203 for finish milling.
Control System:
GooDa/Mitsubishi/Fanuc
Magnetic Chuck:
Strip magnet chuck(St.)
Strip magnet chuck with local dense(St.)
Squar magnet chuck(Op.)
In addition to the required floor space for the machine, an additional minimum of 600mm space should be provided for maintenance.
Once the length and width lines of the machine are drawn, proceed to drill holes with a diameter of 180mm and a depth of 500mm as indicated in the diagram.
When the machine is in place, place the shim plate in the machine foundation hole, insert the foundation bolt, and then proceed with leveling. Tighten the nuts to secure the horizontal position and then proceed with grouting.
Wait 6-7 days to re-level the machine.
*Note: The drawing above is for reference only; please refer to the actual design drawings for accurate details.
